Britskiy V.A.
Siberian State University of Physical Education and Sports, Omsk

Aikin V.A.
Siberian State University of Physical Education and Sports, Omsk

Objective of the study: To develop a technical training and diagnostic device «Electronic-Mechanical Fencing Target» and justify its use for assessing the speed and accuracy of thrusts in epee fencing.

Methods and structure of the study: The technical task of the claimed utility model is to record the speed and accuracy of epee thrusts in the training process. To assess the effectiveness of the implementation of the developed simulator in the training process, a pedagogical experiment was conducted, which was aimed at confirming our hypothesis that the «Electronic-Mechanical Fencing Target» allows increasing the level and improving the speed-strength and coordination abilities of epee fencers. The experiment was conducted among 12-year-old athletes (3rd year of basic training), during the competitive period and was aimed in the experimental group, at including the «Electronic-Mechanical Fencing Target» in the special training of 12-year-old epee fencers.

Results and conclusions: The introduction of the «electronic-mechanical fencing target» and the experiment showed high dynamics of increases in the EG, primarily in the recorded indicators of accuracy and misses in all exercises. In the CG, high, reliably significant increases were not recorded. In general, the dynamics of increases in the EG are better than the CG indicators, except for individual indicators in individual exercises. The increase in the technical complexity of the form of movements is clearly visible in the results obtained in both groups.

Keywords: Target, develop, simulator, electronic-mechanical, utility model, experiment.

References:

1. Britskiy V.A., Aikin V.A. Apparaturnyye kompleksy dlya issledovaniya tochnosti ukolov v fekhtovanii na shpagakh [Hardware complexes for studying the accuracy of thrusts in fencing with epees]. Nauchno-metodicheskiye aspekty podgotovki sportsmenov [Scientific and methodological aspects of training athletes]. Proceedings of the II All-Russian scientific-practical conference. K.V. Dikikh [ed]. Omsk, 2022. pp. 42-49.
2. Britskiy V.A., Aikin V.A., Simonova K.Yu. Aktualnyye voprosy sovershenstvovaniya podgotovki fekhtovalshchikov-shpazhistov v zarubezhnoy literature [Actual issues of improving the training of fencers-epee fencers in foreign literature]. Teoriya i praktika fizicheskoy kultury. 2022. No. 12. pp. 19-20.
3. Britskiy V.A., Aikin V.A. Pokazateli spetsialnoy koordinatsionnoy tochnosti i bystroty ukolov fekhtovalshchikov-shpazhistov 11-13 let [Indicators of special coordination accuracy and speed of thrusts of epee fencers aged 11-13 years]. Kultura fizicheskaya i zdorovye. 2023. No. 1 (85). pp. 176-179.
4. Busol V.A. Eksperimentalnoye obosnovaniye napravlennosti sredstv i metodov fizicheskoy podgotovki yunykh fekhtoval'shchikov na etape nachalnoy spetsializatsii [Experimental substantiation of the direction of means and methods of physical training of young fencers at the stage of initial specialization]. PhD diss. abstract. Moscow, 1978.
5. Guseva I.A. Eksperimentalnoye issledovaniye vzaimosvyazi bystroty i tochnosti ukolov v fekhtovanii [Experimental study of the relationship between the speed and accuracy of thrusts in fencing]. Moscow, 1974.
6. Movshovich A.D. Fekhtovaniye. Nachinayushchemu treneru [Fencing. For the beginning trainer]. 2011.
7. Patent № 220765 Rossiyskaya Federatsiya, MPK A63V 69/00 (2023.08). Mishen' fekhtovalnaya, elektronno-mekhanicheskaya: № 2023107765: zayavl. 28.03.2023: opubl. 03.10.2023 [Patent No. 220765 Russian Federation, IPC A63B 69/00 (2023.08). Fencing target, electronic-mechanical: No. 2023107765: declared 03/28/2023: published 10/03/2023]. Patentoobladatel Britskiy V.A., Beresnev D.V. 15 p.
8. Tyshler D.A. Sportivnoye fekhtovaniye [Sports fencing]. Textbook for physical education universities. Fizkultura, obrazovaniye i nauka. 1997.
9. Gutierrez-Davila M. et al. Effect of dual-attention task on attack and defensive actions in fencing. European journal of sport science. 2017. Vol. 17. No. 8. pp. 1004-1012.
10. Yiou E., Do MC. In fencing, does intensive practice equally improve the speed performance of the touche when it is performed alone and in combination with the lunge? Int J Sports Med. 2000; 21: 122-126.
11. Kim T., Kil S., Chung J., Moon J., Oh E. Effects of specific muscle imbalance improvement training on the balance ability in elite fencers. J Phys Ther Sci. 2015; 27: 1589-1592.